Harvest locally.
Energy from integrated photovoltaics or another local source can be collected close to the application.
POWER BANKS
Store energy where it is needed.
FET develops energy storage systems designed around the application: from compact autonomous power banks to larger modular storage units integrated with photovoltaics, control electronics and host products.
Local storage · Managed energy · Autonomous operation
WHY LOCAL STORAGE
Energy has greater value when it is available at the point of use.
A storage system does more than accumulate energy. It can reduce dependence on continuous external supply, make locally harvested energy usable when needed and support stand-alone operation.
Keep it available.
Stored energy remains available after harvesting conditions change or when the external supply is absent.
Deliver it when required.
The power bank becomes part of the functional architecture of the host product or system.
PRODUCT FAMILY
One principle, different storage scales.
FET power banks are developed around the required autonomy, power level, physical integration and charging strategy rather than around a single fixed format.
COMPACT STORAGE
Integrated Power Banks
Compact storage units for autonomous products, mobile equipment and embedded applications.
MODULAR STORAGE
Expandable Energy Units
Storage architectures that can be dimensioned or extended according to the energy requirement of the host system.
HIGH-POWER APPLICATIONS
Large Battery Systems
Higher-capacity and higher-power storage for traction, distributed systems and demanding autonomous applications.
ENERGY MANAGEMENT
Storage is part of a managed system.
Battery packs, protection, charging logic, BMS functions and application interfaces are considered together with the host system.
Where photovoltaics is present, storage can be coordinated with local energy harvesting so that collected energy is retained and reused directly by the application.
INTEGRATION
Designed around the product, not added afterwards.
Mechanical packaging, electrical interfaces, thermal behaviour and service requirements are defined according to the application in which the power bank will operate.
APPLICATION AREAS
From portable products to distributed energy systems.
Portable & Mobile Products
Backpacks, mobile equipment and autonomous devices.
Outdoor Systems
Products such as SFU where storage supports lighting, charging and automation.
Buildings & Integrated PV
Storage combined with photovoltaic building components and local energy management.
Traction & Distributed Systems
Higher-power battery systems for electric traction and distributed autonomous installations.
COMMERCIAL INFORMATION
Power banks are configured around the application.
Standardised products and application-specific configurations can be presented in the FET Catalog as the commercial offer is consolidated.
POWER BANKS